Creating metal sculptures that can endure seismic activity presents unique challenges for artists and engineers alike. One of the primary difficulties lies in material selection—metals must balance flexibility and strength to absorb vibrations without fracturing. Structural integrity is another critical factor, as sculptures must be designed to redistribute seismic forces evenly to prevent collapse.

The weight distribution of the sculpture plays a pivotal role; improper balance can amplify seismic impacts, leading to catastrophic failure. Additionally, connection points between metal components must be meticulously engineered to withstand repeated stress without weakening over time.

Artistic vision often clashes with seismic resilience, as intricate designs may compromise durability. Finally, environmental factors like corrosion can further degrade a sculpture's ability to withstand earthquakes, requiring advanced protective coatings. Overcoming these challenges demands a harmonious blend of artistic creativity and engineering precision.